Discover how Static Var Generators (SVG) offer real-time reactive power compensation to improve power factor, voltage stability, and energy efficiency. Learn how they outperform SVCs and capacitor banks in modern electrical systems.

In contemporary power systems, an increasing number of electronic and non-linear loads—such as variable-frequency drives, UPS systems, LED lighting, and industrial rectifiers—introduce harmonic currents into the network.

Discover what an Active Harmonic Filter is, how it works, and why it's essential for modern power systems. Learn how Sinava’s AHF solutions enhance power quality and reduce harmonic distortion.

In the modern era of complex industrial electronics and nonlinear loads, power quality issues such as harmonics are increasingly problematic. To combat these disturbances, two primary technologies are commonly used: Active Harmonic Filters (AHF) and traditional passive filters.

For industry energy consumer, lagging reactive power generated from inductive loads is one of the major causes of power and financial losses i.e. poor power factor, incorporating power factor correction devices in the electricity network helps in generating leading reactive power to compensate lagging reactive power, This techniques helps consumer